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1 of individually calculated heart rate at the anaerobic threshold).
2 crease in blood lactate concentration at the anaerobic threshold.
3 estion of improved oxygen consumption at the anaerobic threshold.
4 , and high end-tidal O(2) at the ventilatory anaerobic threshold.
5 % increase in both peak exercise VO2 and the anaerobic threshold.
6 (AMA) diagnostic of the disease, and reduced anaerobic threshold.
7 exercise test to assess aerobic capacity and anaerobic threshold.
8  between groups, 1.8 mL.kg(-)1.min(-)1), the anaerobic threshold (0.28 L/min), the peak expiratory fl
9 onfidence interval (CI) 1.1, 7.1] and VO2 at anaerobic threshold (+2.3 mL/kg/min, 95% CI 0.4, 4.1), l
10 ative post-NACRT: Oxygen uptake at estimated anaerobic threshold -2.4 ml.kg-1.min-1 (-3.8, -0.9), p =
11 (95% CI: -0.5 to 1.1 ml/min/kg); p < 0.001], anaerobic threshold [2.0 ml/min/kg (95% CI: 0.9 to 3.2 m
12 ed in 162 patients, of whom 28 did not reach anaerobic threshold; 29 had low oxygen uptake at anaerob
13  95% CI 1.00-1.22, P=0.049), and ventilatory anaerobic threshold (adjusted HR 0.82, 95% CI 0.70-0.96,
14 , and 10.8% lower, respectively) and earlier anaerobic threshold (all P < 0.0001), with all mean valu
15 fitness measures; oxygen uptake at estimated anaerobic threshold and oxygen uptake at Peak exercise (
16 a flat running protocol at a speed 15% above anaerobic threshold, and (2) a downhill running protocol
17 robic threshold; 29 had low oxygen uptake at anaerobic threshold, and 54 developed hypoxemia.
18 raphy, oxygen uptake, carbon dioxide output, anaerobic threshold, and maximal workload.
19  stay (LOS); and changes in quality of life, anaerobic threshold, and peak power output.
20  on a static cycle ergometer at 80% of their anaerobic threshold (approximately 50% VO2max).
21 (VO(2peak) and W(peak), respectively) and at anaerobic threshold (AT and W(AT)).
22                                              Anaerobic threshold (AT) determines the upper limits of
23 th verapamil, exercise duration prior to the anaerobic threshold (AT) increased by nearly 50% (260 +/
24 uring maximal cardiopulmonary exercise test, anaerobic threshold (AT) is not always identified.
25 )) based on submaximal exercise variables at anaerobic threshold (AT) or respiratory compensation poi
26                                          The anaerobic threshold (AT) remains a widely recognized, an
27        Eleven patients had low peak VO2, low anaerobic threshold (AT), gas exchange abnormalities, an
28 ulmonary exercise testing to determine their anaerobic threshold (AT).
29  oxygen consumption (VO2max) (ml/kg/min) and anaerobic threshold (AT; ml VO2/kg/min) from a graded ex
30 ween the two groups and all subjects reached anaerobic threshold.By regression analysis, the gestatio
31 g-1 . min-1; P<0.001), as was the Vo2 at the anaerobic threshold (CHF, 8.1+/-2.1; LVAD, 12.2+/-2.9 mL
32 ) slope, peak .VO(2), peak oxygen pulse, and anaerobic threshold combined with OB were also strong pr
33  failure; (2) the VE/CO2 output ratio at the anaerobic threshold, commonly used by pulmonologists; an
34                 They reached the ventilatory anaerobic threshold earlier (81.4 +/- 9.5 vs 88.3 +/- 11
35 e CLL completed a bout of cycling 15 % above anaerobic threshold for ~ 30-minutes, with blood samples
36 a: see text]o(2PEAK)) and at the ventilatory anaerobic threshold ([Formula: see text]o(2VAT)), but li
37 reshold, VE per carbon dioxide production at anaerobic threshold, hemodynamics, quality of life, and
38 ic threshold (VO2/AT), and heart rate at the anaerobic threshold (HR/AT).
39 ory response to carbon dioxide production at anaerobic threshold improved from 35.9+/-5.8 to 34.1+/-6
40                                  Significant anaerobic threshold improvement was seen in the rituxima
41                                              Anaerobic threshold improvement was seen, potentially li
42 estion of improved oxygen consumption at the anaerobic threshold in 2 subgroups.
43 ignificantly different from the ratio at the anaerobic threshold, less variable than that for the slo
44 rameters, such as ventilatory efficiency and anaerobic threshold, measured alone or in combination wi
45  worse functional profile (reduced peak VO2, anaerobic threshold, O2 pulse, impaired VE/VCO2).
46 standard care either on CRF (Vo2 peak, 6MWT, anaerobic threshold, or peak power output) or postoperat
47 S: The CPET variables of peak oxygen uptake, anaerobic threshold, oxygen pulse, and ventilatory effic
48 y efficiency, circulatory power, ventilatory anaerobic threshold, oxygen uptake recovery kinetics, da
49 ed on the Vo(2)peak values (25% versus 15%), anaerobic threshold, peak expiratory flow, and muscular
50      Reductions in peak O(2) uptake (VO(2)), anaerobic threshold, peak O(2) pulse, rate of increase i
51 ar end-diastolic volume indexed, ventilatory anaerobic threshold % predicted, peak aerobic capacity,
52 ory response to carbon dioxide production at anaerobic threshold (r=0.426; P=0.048), the severity of
53 k oxygen uptake (.VO(2)), peak oxygen pulse, anaerobic threshold, ratio of ventilation to carbon diox
54 ulse (reflecting maximum stroke volume), and anaerobic threshold (reflecting sustainable exercise cap
55 imaging, age at repair, absolute ventilatory anaerobic threshold, right ventricular end-diastolic vol
56 higher forced vital capacity and ventilatory anaerobic threshold), sociodemographic (male sex, normal
57                                       At the anaerobic threshold, subjects had significantly decrease
58            Oxygen consumption at ventilatory anaerobic threshold (VAT) was better preserved (78% pred
59 essed as the slope pre- and post-ventilatory anaerobic threshold (VE/VCO2(pre-VATslope), VE/VCO2(post
60 , New York Heart Association class, VO(2) at anaerobic threshold, VE per carbon dioxide production at
61 n the absence of pacing, peak Vo2 and Vo2 at anaerobic threshold (Vo2,AT) were both correlated with p
62 ry end point was oxygen consumption (Vo2) at anaerobic threshold (Vo2,AT); secondary end points were
63 ygen uptake (VO2 peak), oxygen uptake at the anaerobic threshold (VO2/AT), and heart rate at the anae
64                           Improvement at the anaerobic threshold was limited to the subgroup with sin
65                                              Anaerobic threshold was the most significant independent
66                                 Peak VO2 and anaerobic threshold were reduced in patients who underwe